But a lack of natural models to study these quiescent stages has led to gaps in scientists' understanding of how latency contributes to pathogen persistence and whether these stages can be ...

Plants use toxic chemicals to protect themselves from insects, herbivores, and pathogens. But they also need to attract ...

Climate change and its impacts present a formidable challenge for researchers across various academic disciplines. At the ...

"The integration of CFD simulations and passive scalar transport modeling allows us to estimate pathogenic transmission risks at higher spatial resolutions compared to general population models.

4, 5 In addition to modeling disease, more physiologically relevant human cell models are needed in drug development ...

Climate change is expanding disease zones, and innovative tools are now available to help doctors monitor and prevent climate ...

But a lack of natural models to study these quiescent stages has led to gaps in scientists' understanding of how latency contributes to pathogen persistence and ... Mathematical modeling independently ...

Jutla is seeking funding to develop a pathogen-prediction model to identify dangerous bacteria ... satellite datasets and predictive modeling, they plan to mitigate the risks posed by ...

The cost of raw arabica beans, the core component of most coffee, has spiked in recent years due to four consecutive seasons ...

Even as artificial intelligence has made strides in summarizing research papers or solving mathematical problems, ...

a research group with the Department of Bromatology and Food Technology at the University of Cordoba has developed a new mathematical model capable of predicting the growth of the pathogen within ...